effluent treatment plant

Name: effluent treatment plant
Brand: V.N AQUATECH
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effluent treatment plant Specification

Capacity
10 KLD 500 KLD

Material
Mild Steel / FRP Coating / Stainless Steel

Ph Level
6 - 9

Power
5-15 kW (Depending on capacity)

Water Source
Industrial Effluent, Wastewater

Automation Grade
Automatic, PLC Based

Membrane Quantity
As per design, 2-20 Units

Membrane Size
Standard 4 inch / 8 inch

Flow Rate
10 500 m3/day

Treatment Technique
Mixed Bed Bio Reactor (MBBR), Clarification, Filtration, Disinfection

Application
Industrial Wastewater Treatment, Chemical, Textile, Food, Pharma

Installation Type
Containerized Plug & Play

Product Type
Effluent Treatment Plant

Technology
Advanced Oxidation, MBBR, Chemical & Physical Treatment

Power Source
Electric

Operation Type
Automatic / Semi-Automatic

Pressure
1.5 - 2.5 bar

Dimension (L*W*H)
Custom as per design (e.g. 4200mm x 2100mm x 2500mm)

Weight
1800-9000 kg (Depends on plant capacity)

Color
Blue / Grey

Capacity Intel Flow Rate
Up to 500 m3/day

effluent treatment plant Trade Information

Minimum Order Quantity
1 , , Piece

Payment Terms
Paypal, Cash Advance (CA), Cash in Advance (CID), Cheque

Supply Ability
100 Pieces Per Day

Delivery Time
1 Week

Main Domestic Market
All India

About effluent treatment plant

Effluentisdefinedby the United States Environmental Protection Agency as wastewater atreatedor untreated that flows out of atreatment plant, asewer, or industrial outfall. Generally refers to wastes discharged into surface waters. ... This cleanereffluentis then used to feed the bacteria in biofilters.

High-Efficiency Sludge Management

The plants advanced sludge handling system uses an integrated filter press or centrifuge to efficiently separate and manage solids. With up to 98% TSS removal, it significantly reduces sludge volume, lowering disposal and maintenance needs while enhancing overall process reliability.

Compliance and Water Quality Assurance

Treated output reliably meets Central and State Pollution Control Board quality standards. The systems combination of MBBR, advanced oxidation, and multi-stage clarification ensures safe, reusable water for discharge or further processing, with pH stability between 6 and 9.

Automated and User-Friendly Operation

Designed for easy installation and minimal manual intervention, the plug-and-play containerized setup features programmable PLC/SCADA controls, optional remote monitoring, and auto dosing. The semi-automatic CIP system ensures consistent performance and simplifies routine maintenance.

FAQs of effluent treatment plant:

Q: How does the integrated sludge handling mechanism work in this effluent treatment plant?

A: The integrated sludge handling mechanism uses a filter press or centrifuge to separate and dewater solid waste from the effluent. This approach streamlines sludge management, reducing the frequency and cost of disposal while maintaining high system efficiency.

Q: What are the main treatment processes used in this plant?

A: This plant combines Mixed Bed Bio Reactor (MBBR) technology with advanced oxidation, clarification, filtration, and disinfection. These processes work together to effectively remove contaminants, ensure compliance with regulatory standards, and deliver high-output water quality.

Q: When is the clean-in-place (CIP) system required?

A: The semi-automatic CIP system is recommended for regular cleaning cycles or whenever operational efficiency decreases. It helps remove residual buildup in membranes and internal surfaces, extending service life and maintaining consistent treatment performance.

Q: Where can this effluent treatment plant be installed?

A: The containerized, plug-and-play design allows installation at various industrial sites, including chemical, textile, food, and pharmaceutical facilities. Its robust construction and power compatibility (5-15 kW) make it adaptable for diverse Indian industrial environments.

Q: How does the automated chemical dosing system function?

A: The plant is equipped with auto dosing pumps that accurately add treatment chemicals based on real-time requirements. This ensures optimal chemical usage, stable process conditions, and reduces manual monitoring.

Q: What are the key benefits of using this effluent treatment plant for industrial wastewater?

A: Key benefits include regulatory compliance, high contaminant removal rates (up to 98% TSS), flexible installation, ease of use, and lower sludge management costs. Its automated features and robust design enhance operational reliability and long-term service life.

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